Pro gamers are those who engage in competitive video gaming, also known as esports, as a profession. Their profession requires them to be skilled in several cognitive and motor functions such as hand-eye coordination, reaction time, working memory, and spatial attention. Recent studies have suggested that pro gamers have a different brain structure and performance compared to non-gamers or casual gamers.
One study used magnetic resonance imaging (MRI) to compare the brains of pro gamers and non-gamers. The results showed that pro gamers had more gray matter in the brain regions associated with hand-eye coordination, attention, and visuospatial skills. This suggests that the extensive practice and training that pro gamers undergo might have an effect on their brain structure.
Another study found that pro gamers had a higher level of neural activity in the prefrontal cortex, which is associated with working memory, attention, and decision-making. This increased neural activity is thought to be a result of the intense concentration and decision-making required during competitive gaming.
Moreover, pro gamers have been found to have faster and more accurate reaction times compared to non-gamers. A study conducted by the University of Rochester found that playing action video games improves a person’s ability to make quick, accurate decisions.
These findings suggest that professional gaming can lead to changes in the brain structure and performance of individuals who engage in it. However, it is important to note that these changes might not be unique to pro gamers, as similar changes have been found in individuals who have extensive training in other skilled activities such as sports or music.
Overall, the evidence suggests that pro gamers have a different brain structure and cognitive performance compared to non-gamers. This can be attributed to the extensive training and practice that pro gamers undergo in their profession. However, further research is needed to fully understand the effects of gaming on brain function and structure.